Everywhere I wandered at FLIBS, there was someone fooling with, or showing off, their iPhone. And that includes me, sort of, as I’m now the very enthusiastic owner of an iPod Touch. I’ve always stubbornly resisted the Mac/iPod/Jobs fervor/hype—in fact, this is my first ever Apple product—but, wow, today my propeller beanie is tipped toward Cupertino. Plenty of smart marine developers have also noticed the slick capabilities of the iPhone/Touch apps platform. Being demoed above, for instance, is MySiMON, an extension of Palladium Technology’s megayacht monitoring and control system. The link will give you a sense of how useful this could be to a Touch-toting crew within a yacht’s WiFi network, but picture too an owner able to network with SiMON via iPhone and his yacht’s satellite communications system. So many possibilities…
So what do get when a very successful software developer cuts loose on an Azimut 55? Among many other things, the biggest iPod interface I’ve ever seen. I didn’t quite get all the details but I’m pretty sure that Alexis’s super-fine entertainment system includes a Yamaha home theater system, XM Satellite Audio, KVH stabilized HD TV, a Logitech Harmony 1000, and some gizmo that transmits the tunes over an FM channel to whatever nearby radios want to tune in. But my interest in the yacht was mainly its Simrad GB60 system…
Here’s some follow up on Russ Cooper, the Panbot who recently commented that he’s “spent >$10,000 to get an N2K coolant water pressure gauge that works...and still doesn't have one!” Ouch. He has a legitimate gripe, I think, though I doubt the problem is unique to Garmin. You see Russ bought a Bennington 2275RLi with a Yamaha 150 that he’s using on a particularly weedy lake in Ontario. Whereas the Yamaha is sort of NMEA 2000 compliant, he put together the nifty system you can see above (bigger here) and diagramed below. But—cue the Rolling Stones here—you can’t always get what you want, as Russ explains:
Big yacht IT is challenging, and thus I nearly had to tickle local marine networking ace Nik DeMaria (Blue Maple Systems) to capture his naturally grinning good nature, above and bigger here. I’ve known Nik “since he was knee high to a grasshopper,” as we say around here, but now he can make my head spin with talk of stuff like static IP addresses and Dynamic Host Configuration Protocol (DHCP)—his worries last week. You see, he and John Gass were just wrapping up the installation of a KVH V7 mini-VSAT aboard the 115’ sailing yacht Tenacious, and while they termed that chore “easy”—even pulled it off in less than a day—Nik was looking for an elegant way to manage the vessel’s multiple Internet users and sources. I think he’s still looking, and maybe some of you Panbo-reading IT types can help…
A day aboard the 120’ tri-deck Sandrine will definitely rank high on my Summer ‘08 highlight list. Wow! While I’d actually attended her debut in Miami, and was already familiar with the OctoPlex distributed power system she showcases, it takes a while to comprehend how powerful the system is. The stats help: that touch screen (embedded Windows PC) above is connected via redundant NMEA 2000 networks to 7 other touch screens, 18 electronic DC circuit breaker panels (w/18 breakers each), 13 electro-mechanical AC breaker panels (w/ 13 breakers each), and 8 System Interface Units (SIUs). Each SIU has 34 discrete inputs connected to simple ground or voltage level sensors and switches, such as the yacht’s 175 light switches.
At least one Navico competitor is having fun e-mailing around this scan of a major ad blooper that ran in a New Zealand marine publication. Of course the intended headline was “True Multifunction” not “True Malfunction” and no doubt some one is very embarrassed about the mistake. In fact, “multifunction”—as in multifunction display, or MFD—is not a term that has slipped easily into boating vernacular. The forwarded email that carried this image was jokingly titled “Truth in Advertising” but therein lies an unintended truth. Aside from the blooper, this ad better represents the actual product than some of Simrad’s other marketing.
Mad Mariner just polled 400 U.S. boat owners about how they’re handling goosed up fuel prices, and the results are depressing. Though not terribly surprising, which is why I’ve gotten so keen on fuel management (part four is here, and you can work back). Actually it was years ago that I first saw the benefits of combining a simple gasoline flow meter with a GPS and software able to do calculations like miles per gallon, using Navman gear with the 250hp Volvo I/O on Ralph (still for sale, make an offer!). I could see the most economical spots in the boat’s power curve, and I could see them change with weight, sea state and other factors. I’m not sure I ever got it perfectly calibrated, so the numbers shown above may be inaccurate, but in terms of relative nm/g—and sweet spots—that’s not critical. And of course the subtleties are at least twice as important wallet-wise as they were in 2002, when I took the picture above.
Last week, Offshore Systems announced a new NMEA 2000 Fuel Transfer Control that goes with its existing tank sensors and displays. For those vessels that use a day tank, this control can automatically stop a pump moving fuel from a storage tank if the day tank becomes 95% full. It looks like a well done product, but is particularly cool because Panbo frequent poster Russ Irwin was the customer behind the idea. Russ explains New Morning’swhole fuel scheme here. And I can add some color on the event that inspired Russ to inspire Offshore Systems, which was a transfer-related spill at the same yard where Russ’s sloop is being built. New Morning, incidentally, was launched three weeks ago and, though not yet complete, is looking good. Needless to say, Russ has lots of other electronics on board, not of all which are functioning up to Russ’s expectations, yet. More on that soon. Meanwhile, do note that the Offshore Fuel Transfer system controls the pump directly rather than via NMEA 2000; that makes sense now, as N2K switches and messages are still in development, but one day a control like this will do all its work via the bus (I think).
Well, it’s one thing to contemplate testing a rack of N2K instruments (between slurping oysters and admiring sea birds), and quite another thing to do it. So many factors…oy! Today’s focus is Furuno’s unusual approach to calibration; it turns out that the FI-50s can do extensive calibration of almost any sensor because its done within the instruments instead of within the sensor. This could cause some confusion but overall seems like a terrific option, especially for folks who are going to use other manufacturer’s N2K sensors or bring existing 0183 smart sensors onto a network with a converter (like the Simrad AT10).
Speaking of good NMEA 2000 citizenship, the Lowrance LCX-113C HD in the lab is stellar. Press “Enter” on any of the devices listed above and you’ll get its details including live data. Click on the diagnostics tab and you’ll get info on error messages, total bandwidth being used, and more.